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    Optimalizácia riadenia UAV: analýza ľudského faktora a jeho vplyv na bezpečnosť a efektivitu prevádzky
    (University of Žilina, 2025) Zacharová, Alexandra; Pecho, Pavol
    Currently, the use of unmanned aerial vehicles (UAVs) is on the rise, which implies that care must be taken to ensure safe operation. Safe operation depends on several factors, not only technical but also, to a significant extent, on the human factor, the human factor. This paper aims to investigate the impact of the human factor, specifically the impact of cognitive ability, stress and reaction time of pilots on stress reactions in various simulated emergency situations. The goal of the research is to optimize flight procedures and minimize the negative impact of the human factor on UAV control. In the experimental part, the research addresses the variability of heart rate (HRV) and electroencephalographic (EEG) data that were measured during UAV control in the presence of simulated critical situations. Other measured parameter such as reaction time, maneuver accuracy or stress response provide important information about the neurophysiological load of operators. Thus, the outcome of the study is to identify critical situations, analyze decision-making processes and propose streamlined training procedures for UAV operators.
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    Impact of fatigue on pilot reaction time
    (University of Zilina, 2022) Sloboda, Peter; Škvareková, Iveta
    The main goal of the diploma thesis is to analyze the impact of fatigue on the reaction time of the pilot, its possib;ilities of elimination and ways of solving the problem, which greatly affects safety in air transport. The measurements took place at different times, in the morning and in the afternoon, on the basis of which we will compare the length of the reaction time to visual stimuli affected by fatigue. We performed measurements for safety reasons on the L-410 simulator. The simulator is equipped with two cameras based on which we will analyze the length of the reaction time.
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    DĹŽKA REAKČNÉHO ČASU PILOTA PRI VYBRANÝCH LETOVÝCH ÚKONOCH
    (Žilinská univerzita v Žiline, 2020) Sloboda, Peter; Škvareková, Iveta
    The main aim of this paper is methodics proposal of the reaction time of a pilot measurement by the various flight operations. It is possible to use a several methods when doing the reaction time measurement. We proposed to apply the video camera device GO PRO and the Eye Track Glasses (ETG). Due to the health and safety, the process of measurements happened at the simulator L-410, which is equipped with the glass cockpit. In order to achieve the objective results we propose to test the pilots of various numbers of flown hours. The whole process of the testing flight is proposed in the methodology. The testing flight is aimed to find out the biological perceptions of human as a reaction to the various impulses. As a result, we will compare the time difference of the reaction to the visual, acustic and audiovisual impulses, which are controlled by an aircraft in the event a threat to flight safety.